Marshmallow munchkin's have 8 chromosomes. Draw and label a munchkin's sperm, an egg, and the zygote. Clearly show the number of chromosomes in each cell. Label the egg, sperm, and zygote.
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Question 2
2.
What process makes gametes?
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Question 3
3.
Define fertilization
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Question 4
4.
What process allows the zygote to develop into a multicellular organism?
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Question 5
5.
What happens during meiosis to increase genetic variation?
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Question 6
6.
Which molecules holds the genetic code?
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Question 7
7.
The DNA sequence of a Marshmallow Munchkin is show below:
T A G - G C A - T C G- A A A
What is the mRNA sequence for the Marshmallow Munchkin?
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Question 8
8.
Find the protein chain for the mRNA sequence:
AUC - CGU-AGC-UUU
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Question 9
9.
If a Marshmallow munchkin has a mutation. The mutation will only be passed on to its offspring if the mutation is located in
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Question 10
10.
Which of Mendel's Laws explains why traits on chromosome 1 and the traits on chromosomes 3 are inherited separtely?
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Question 11
11.
Which of Mendel's Laws explains why during meiosis the allele for each trait separate so each gamete only carries one allele in the gamete?
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Question 12
12.
The letter āLā is used as a symbol to represent
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Question 13
13.
Write the genotype for a homozygous dominant Marshmallow with 3 body segments.
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Question 14
14.
Write the genotype for a homozygous recessive Marshmallow with green legs?
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Question 15
15.
Write the genotype for a heterozygous Marshmallow with a pink nose.
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Question 16
16.
What is the phenotype for a Marshmallow with the genotype Ee
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Question 17
17.
What is the phenotype for a Marshmallow with the genotype Nngg
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Question 18
18.
One antennae (A) is dominant to two antennae (a).
Draw the punnett square for a two Marshmallows who are heterozygous for one antennae. (Aa x Aa)
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Question 19
19.
Look at #18, what percent of the babies will have one antennae?
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Question 20
20.
Look at #18, what percent of the babies will be purebred for one antennae (this means what percent of the children have the genotype AA)?
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Question 21
21.
Look at #18, what is the genotypic ratio?
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Question 22
22.
Look at #18, what is the phenotypic ratio?
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Question 23
23.
Blue legs (B) is dominant to green legs (b).
Hailey is homozygous recessive (bb) and Harry is heterozygous (Bb). Draw a punnett square between Hailey and Harry.
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Question 24
24.
Look at #23. Blue (B) is dominant to green legs (b). What percent of the offspring will have blue legs?
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Question 25
25.
Look at #23. Blue (B) is dominant to green legs (b). What percent of the offspring will have green legs?
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Question 26
26.
What cross would produce 75% offspring with green horns and 25% with yellow horns?